Individualized Encryption Software Amino Acid Structures
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Solution Overview
Problem
Current computer security systems are vulnerable to unauthorized access, as encryption algorithms can be compromised, allowing unauthorized third parties to access all data and files once access is gained to one file or data, leading to mass-scale security breaches.
Innovation Solution
A special purpose computer employs individualized encryption software that uses amino acids to create unique, two- and three-dimensional structures and secret keys for each data transmission, making it virtually impossible for unauthorized users to access encrypted files, even if one file is compromised, by generating a new algorithm for each transaction and encrypting/decrypting in milliseconds.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional encryption algorithms are used to protect data and files, then data can be encrypted and transmitted, but once the algorithm is compromised, unauthorized third parties can access all encrypted data and files
Solution Approach 1:
The patent divides the encryption system into multiple independent components: individualized encryption software for each user, unique encryption keys per file, and separate decryption processes. This segmentation ensures that compromise of one component does not affect others, directly resolving the vulnerability where breaking one algorithm compromises all data.
Solution Approach 2:
The patent implements local quality by providing each file with its own unique encryption key and algorithm configuration. Instead of a single global encryption scheme, each data element has customized security properties, so that unauthorized access to one file does not enable access to other files.
2Reliability
If complex encryption algorithms are used to increase security strength, then resistance to brute-force attacks increases, but encryption and decryption time increases from milliseconds to seconds
Solution Approach 1:
The patent employs dynamic encryption where the complexity and strength of the encryption algorithm adapt based on the specific security requirements and data sensitivity. The system can adjust encryption parameters in real-time, providing strong security when needed while maintaining fast processing for less sensitive operations, thus resolving the trade-off between security strength and speed.
Data Source
AI summary
A security system and method for improving the security of a file/data transmitted from a special purpose user computer to a recipient special purpose computer. A special purpose computer having an individualized encryption software application server that runs individualized encryption software is provided, along with an amino acid database generator having an amino acid database storing natural and/or synthetic amino data. The individualized encryption software applicant server sends a request to the secure amino acid database generator producing the mathematical characteristics of the natural and synthetic amino acids. This is used to construct an amino acid base layer. The amino acid base layer is folded into two or three dimensional shapes and have values assigned to them, and a secret key is provided such that the transmission cannot be opened by a recipient unless he or she has the key and the values associated with the folded amino acids.